The surgeon cut through connective tissue to expose the bone.
外科医生割开结缔组织，让骨头露出来。
Women have less bone tissue than do men.
女性的骨组织要少于男性。
This force stimulates the bone to maintain or even build new tissue.
这种力对骨骼产生刺激作用甚至是生成新的组织。
Bone marrow is hematopoietic tissue.
骨髓是生血组织。
Objective To investigate the influence of surface potentials of tooth hard tissue on bone remodeling.
目的研究牙体硬组织表面电位与骨生长改建的关系。
Marrow is a soft, spongy tissue inside bone.
骨髓是骨骼中一种柔软的、海绵状的组织。
Replacement of bone tissue by marrow, as in inflammatory bone disease.
髓质化骨头组织被骨髓所取代，如发生于骨头炎症者中。
The Bone Marrow: This is soft spongy tissue which is found in the bony cavities.
骨髓：它是一种存在于骨骼中柔弱的海绵组织。
Conclusion: Bone remodeling was delayed and tissue damage was more serious by heavy forces.
结论：较大的力引起的组织损伤大，骨改建延迟。
PHB is one of the ideal scaffold material in bone tissue engineering.
PHB可以作为组织工程材料中的一种来修复骨缺损。
Tissue, Cytoplasmic Protein, Human Tumor, Bone.
组织，细胞质蛋白，人肿瘤，骨。
Bone tissue disarrangement of the structure.
骨组织结构破坏。
The bone tissue engineering is a more ideal method in jaw defects reconstruction.
组织工程骨用于颌骨缺损的修复是一种较理想的方法。
Bone tissue engineering has been heralded as the alternative strategy to regenerate bone.
骨组织工程的研究为骨缺损修复提供了全新的思路和方法。
HIV also has been isolated in brain tissue, lymph nodes, bone marrow, and skin.
此外，从脑组织、淋巴结、骨髓和皮肤中也分离出了HIV病毒。
Type V: soft tissue contracture with bone and joint injury.
型：软组织挛缩合并骨、关节损伤。
This material was expected to be a bioactive bone tissue engineering material.
此类材料有望成为一种生物活性的骨组织工程材料。
Localizable tissue of bone marrow was decreased.
局部骨髓组织减少。
However, titanium cannot bone-bond with bone tissue and was thought to be bioinnert.
但是，钛属于生物惰性材料，不能与骨组织形成化学键合或称骨键合。
Primary tumors of the bone and soft tissue of the pelvis are rare.
原发肿瘤的骨与软组织的骨盆是罕见的。
The scaffolds are the core content and key of the bone tissue engineering.
支架材料是骨组织工程的核心内容和关键环节。
Thus the bone tissue engineering is making most development.
骨组织工程学也应运而生。
Recently, the study of bone tissue engineering scaffolds has been attracted much attention.
近年来，对骨组织工程支架的研究受到了广泛关注。
These breaks destroy skin and soft tissue, sometimes all the way down to the bone.
这些损伤会摧毁皮肤和软组织，有时直接摧毁骨组织。
Objective: To develop injectable tissue-engineered bone.
目的：探索可注射性组织工程骨的可行性。
The application of genetic bone morphogenesis protein has the broad prospects in bone tissue engineering.
基因工程化骨形态发生蛋白的应用在骨组织工程中具有广阔的前景。
The application of genetic bone morphogenesis protein has the broad prospects in bone tissue engineering.
基因工程化骨形态发生蛋白的应用在骨组织工程中具有广阔的前景。
应用推荐